A MULTI-DIMENSIONAL COMPOSITE MODEL FOR PLASTIC CONTINUA UNDER POLYAXIAL LOADING CONDITION

A MULTI-DIMENSIONAL COMPOSITE MODEL FOR PLASTIC CONTINUA UNDER POLYAXIAL LOADING CONDITION

By replacing a medium with reinforcing components oriented and distributed uniformly in a mul-ti-dimensional space,a constitutive model is constructed.The components are extended/compressed compatiblywith the strain and the resultant of load exerted on them to balance the stress.Their load-elongatio...

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Veröffentlicht in:Acta mechanica Sinica 1990-11, Vol.6 (4), p.357-366
Hauptverfasser: Naigang, Liang, Bergan, Pal G.
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Sprache:eng
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constitutive
plasticity
relationship
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container_issue 4
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container_title Acta mechanica Sinica
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creator Naigang, Liang
Bergan, Pal G.
description By replacing a medium with reinforcing components oriented and distributed uniformly in a mul-ti-dimensional space,a constitutive model is constructed.The components are extended/compressed compatiblywith the strain and the resultant of load exerted on them to balance the stress.Their load-elongation relation canbe determined from a conventional material test.Each component undergoes different elongation history dependingon its own orientation during deformation,so that the model can simulate elasto-plastic behavior of materials un-der polyaxial loading conditions.The incremental constitutive matrix bas been derived for application in numeri-cal analysis and a yield criterion is also introduced.A few subsequent yield surfaces have been predicted and com-pared with experiments.
doi_str_mv 10.1007/BF02486895
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subjects constitutive
plasticity
relationship
title A MULTI-DIMENSIONAL COMPOSITE MODEL FOR PLASTIC CONTINUA UNDER POLYAXIAL LOADING CONDITION
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